Matches in SemOpenAlex for { <https://semopenalex.org/work/W4295185338> ?p ?o ?g. }
- W4295185338 endingPage "117929" @default.
- W4295185338 startingPage "117929" @default.
- W4295185338 abstract "The current study aims to apply an innovative mathematical model based on the discrete element method to numerically simulate the electrostatic dry powder coating process and to predict the inter-tablet coating uniformity. The newly developed mathematical model could efficiently handle millions of coating particles and precisely obtain the coating weight gain of individual tablet core online, which was highly consistent with the experimental results. And the newly developed model was applied to fully investigate the influence factors of the inter-tablet coating uniformity of electrostatic powder coating, including coating particle radius, charge intensity of the coating particles, the rotating speed of the pan coater and the feeding time of the coating powders, all of which could be optimized to largely improve the coating uniformity. The study demonstrates that this newly developed model is promising in precisely simulating the electrostatic dry powder coating process for sufficient coating uniformity. • A novel DEM-based mathematical model for electrostatic dry powder coating; • Validation of the newly developed model with optimized simulation settings; • Precise prediction of the inter-tablet coating uniformity by modulating the coating parameters." @default.
- W4295185338 created "2022-09-11" @default.
- W4295185338 creator A5004242661 @default.
- W4295185338 creator A5019958822 @default.
- W4295185338 creator A5033452791 @default.
- W4295185338 creator A5067989648 @default.
- W4295185338 creator A5081763466 @default.
- W4295185338 creator A5083262924 @default.
- W4295185338 date "2022-10-01" @default.
- W4295185338 modified "2023-10-13" @default.
- W4295185338 title "Modeling of inter-tablet coating uniformity of electrostatic dry powder coating by discrete element method" @default.
- W4295185338 cites W1635945907 @default.
- W4295185338 cites W1991046068 @default.
- W4295185338 cites W1992614595 @default.
- W4295185338 cites W1993678071 @default.
- W4295185338 cites W2004821748 @default.
- W4295185338 cites W2010206157 @default.
- W4295185338 cites W2011552456 @default.
- W4295185338 cites W2012561717 @default.
- W4295185338 cites W2014398700 @default.
- W4295185338 cites W2032990985 @default.
- W4295185338 cites W2039130860 @default.
- W4295185338 cites W2053701609 @default.
- W4295185338 cites W2057815022 @default.
- W4295185338 cites W2062234395 @default.
- W4295185338 cites W2068922604 @default.
- W4295185338 cites W2070582647 @default.
- W4295185338 cites W2070903996 @default.
- W4295185338 cites W2083986525 @default.
- W4295185338 cites W2125222748 @default.
- W4295185338 cites W2185012089 @default.
- W4295185338 cites W2213684587 @default.
- W4295185338 cites W2339989730 @default.
- W4295185338 cites W2505033458 @default.
- W4295185338 cites W2513059377 @default.
- W4295185338 cites W2513357217 @default.
- W4295185338 cites W2516818200 @default.
- W4295185338 cites W2567312919 @default.
- W4295185338 cites W2574545161 @default.
- W4295185338 cites W2708687835 @default.
- W4295185338 cites W2761816860 @default.
- W4295185338 cites W2774747250 @default.
- W4295185338 cites W2793053392 @default.
- W4295185338 cites W2795251413 @default.
- W4295185338 cites W2795483277 @default.
- W4295185338 cites W2892407606 @default.
- W4295185338 cites W2921929484 @default.
- W4295185338 cites W2953947721 @default.
- W4295185338 cites W2954559502 @default.
- W4295185338 cites W2976816446 @default.
- W4295185338 cites W3007245803 @default.
- W4295185338 cites W3011438065 @default.
- W4295185338 cites W3020242460 @default.
- W4295185338 cites W3026890958 @default.
- W4295185338 cites W3084377681 @default.
- W4295185338 cites W3095988913 @default.
- W4295185338 cites W3129883697 @default.
- W4295185338 cites W3167386971 @default.
- W4295185338 cites W3169832238 @default.
- W4295185338 cites W3186700072 @default.
- W4295185338 cites W3195421105 @default.
- W4295185338 cites W3197871386 @default.
- W4295185338 cites W4206097017 @default.
- W4295185338 cites W4213109707 @default.
- W4295185338 cites W2981574504 @default.
- W4295185338 doi "https://doi.org/10.1016/j.powtec.2022.117929" @default.
- W4295185338 hasPublicationYear "2022" @default.
- W4295185338 type Work @default.
- W4295185338 citedByCount "2" @default.
- W4295185338 countsByYear W42951853382023 @default.
- W4295185338 crossrefType "journal-article" @default.
- W4295185338 hasAuthorship W4295185338A5004242661 @default.
- W4295185338 hasAuthorship W4295185338A5019958822 @default.
- W4295185338 hasAuthorship W4295185338A5033452791 @default.
- W4295185338 hasAuthorship W4295185338A5067989648 @default.
- W4295185338 hasAuthorship W4295185338A5081763466 @default.
- W4295185338 hasAuthorship W4295185338A5083262924 @default.
- W4295185338 hasConcept C121332964 @default.
- W4295185338 hasConcept C159985019 @default.
- W4295185338 hasConcept C171872576 @default.
- W4295185338 hasConcept C192562407 @default.
- W4295185338 hasConcept C2778450782 @default.
- W4295185338 hasConcept C2781448156 @default.
- W4295185338 hasConcept C57879066 @default.
- W4295185338 hasConceptScore W4295185338C121332964 @default.
- W4295185338 hasConceptScore W4295185338C159985019 @default.
- W4295185338 hasConceptScore W4295185338C171872576 @default.
- W4295185338 hasConceptScore W4295185338C192562407 @default.
- W4295185338 hasConceptScore W4295185338C2778450782 @default.
- W4295185338 hasConceptScore W4295185338C2781448156 @default.
- W4295185338 hasConceptScore W4295185338C57879066 @default.
- W4295185338 hasLocation W42951853381 @default.
- W4295185338 hasOpenAccess W4295185338 @default.
- W4295185338 hasPrimaryLocation W42951853381 @default.
- W4295185338 hasRelatedWork W2312707224 @default.
- W4295185338 hasRelatedWork W2388584538 @default.
- W4295185338 hasRelatedWork W2391286666 @default.
- W4295185338 hasRelatedWork W2393788922 @default.